1 files changed, 243 insertions, 243 deletions
diff --git a/plugins/org.eclipse.etrice.core.etphys/src/org/eclipse/etrice/core/etphys/postprocessing/DocuPostprocessor.xtend b/plugins/org.eclipse.etrice.core.etphys/src/org/eclipse/etrice/core/etphys/postprocessing/DocuPostprocessor.xtend
index e63b9720f..3f9f06992 100644
--- a/plugins/org.eclipse.etrice.core.etphys/src/org/eclipse/etrice/core/etphys/postprocessing/DocuPostprocessor.xtend
+++ b/plugins/org.eclipse.etrice.core.etphys/src/org/eclipse/etrice/core/etphys/postprocessing/DocuPostprocessor.xtend
@@ -1,244 +1,244 @@
-/*******************************************************************************
- * Copyright (c) 2012 protos software gmbh (http://www.protos.de).
- * All rights reserved. This program and the accompanying materials
- * are made available under the terms of the Eclipse Public License v1.0
- * which accompanies this distribution, and is available at
- * http://www.eclipse.org/legal/epl-v10.html
- * 
- * CONTRIBUTORS:
- * 		Juergen Haug (initial contribution)
- * 
- *******************************************************************************/
-
-package org.eclipse.etrice.core.etphys.postprocessing
-
-import org.eclipse.xtext.GeneratedMetamodel
-
-import static extension org.eclipse.etrice.core.postprocessing.PostprocessingHelpers.*
-
-class DocuPostprocessor {
-		
-	def process(GeneratedMetamodel metamodel) {
-		val pckg = metamodel.EPackage
-		
-		//------------------------------------------------------------------
-		var cls = pckg.getClass("PhysicalModel")
-		cls.setDocumentation(
-			'''
-				The root object for the physical model. It gives access to the systems, node classes
-				and runtimes defined.
-			''')
-		
-		cls.getAttribute("name").setDocumentation(
-			'''
-				The model name is a dot separated fully qualified name and is
-				used to provide a name space.
-			''')
-		
-		cls.getReference("imports").setDocumentation(
-			'''
-				A list of all imported models.
-			''')
-		
-		cls.getReference("systems").setDocumentation(
-			'''
-				A list of all defined physical systems.
-			''')
-		
-		cls.getReference("nodeClasses").setDocumentation(
-			'''
-				A list of all defined node classes.
-			''')
-			
-		cls.getReference("runtimeClasses").setDocumentation(
-			'''
-				A list of all defined runtime classes.
-			''')
-		
-		//------------------------------------------------------------------
-		cls = pckg.getClass("PhysicalSystem")
-		cls.setDocumentation(
-			'''
-				This model object represents a complete physical system.
-			''')
-		
-		cls.getAttribute("name").setDocumentation(
-			'''
-				The name of the physical system by which it is referred to in the model.
-			''')
-			
-		cls.getReference("nodeRefs").setDocumentation(
-			'''
-				A list of referenced nodes.
-			''')
-		
-		cls.getReference("docu").setDocumentation(
-			'''
-				This is an optional documentation.
-			''')
-		
-		//------------------------------------------------------------------
-		cls = pckg.getClass("NodeRef")
-		cls.setDocumentation(
-			'''
-				This stands for a node instance in a specific role.
-			''')
-		
-		cls.getAttribute("name").setDocumentation(
-			'''
-				The name of the reference by which it is referred to in the model.
-			''')
-			
-		cls.getReference("type").setDocumentation(
-			'''
-				The node class of this reference.
-			''')
-		
-		cls.getReference("docu").setDocumentation(
-			'''
-				This is an optional documentation.
-			''')
-		
-		//------------------------------------------------------------------
-		cls = pckg.getClass("NodeClass")
-		cls.setDocumentation(
-			'''
-				This defines a node class.
-			''')
-		
-		cls.getAttribute("name").setDocumentation(
-			'''
-				The name of the node class by which it is referred to in the model.
-			''')
-		
-		cls.getReference("docu").setDocumentation(
-			'''
-				This is an optional documentation.
-			''')
-		
-		cls.getReference("runtime").setDocumentation(
-			'''
-				This is the associated runtime class.
-			''')
-		
-		cls.getAttribute("priomin").setDocumentation(
-			'''
-				This is the minimal thread priority for this node type.
-			''')
-		
-		cls.getAttribute("priomax").setDocumentation(
-			'''
-				This is the maximum thread priority for this node type.
-			''')
-			
-		cls.getReference("threads").setDocumentation(
-			'''
-				This is a list of all threads defined for this node.
-			''')
-		
-		//------------------------------------------------------------------
-		cls = pckg.getClass("PhysicalThread")
-		cls.setDocumentation(
-			'''
-				This defines a physical thread running in a node.
-			''')
-		
-		cls.getAttribute("name").setDocumentation(
-			'''
-				The name of the thread by which it is referred to in the model.
-			''')
-		
-		cls.getAttribute("default").setDocumentation(
-			'''
-				If this is {@code true} then this is the default thread.
-			''')
-		
-		cls.getAttribute("execmode").setDocumentation(
-			'''
-				This is the execution mode of the thread.
-			''')
-		
-		cls.getAttribute("prio").setDocumentation(
-			'''
-				This is the priority of the thread.
-			''')
-		
-		cls.getAttribute("stacksize").setDocumentation(
-			'''
-				This is the stacksize of the thread.
-			''')
-		
-		cls.getAttribute("msgblocksize").setDocumentation(
-			'''
-				This is the msgblocksize of the thread.
-			''')
-		
-		cls.getAttribute("msgpoolsize").setDocumentation(
-			'''
-				This is the msgpoolsize of the thread.
-			''')
-		
-		//------------------------------------------------------------------
-		cls = pckg.getClass("RuntimeClass")
-		cls.setDocumentation(
-			'''
-				This defines a runtime class.
-			''')
-		
-		cls.getAttribute("name").setDocumentation(
-			'''
-				The name of the runtime class by which it is referred to in the model.
-			''')
-		
-		cls.getReference("docu").setDocumentation(
-			'''
-				This is an optional documentation.
-			''')
-		
-		cls.getAttribute("threadModel").setDocumentation(
-			'''
-				This distinguishes single and multi threaded.
-			''')
-
-		//------------------------------------------------------------------
-		cls = pckg.getClass("Documentation")
-		cls.setDocumentation('''
-			A piece of documentation that can be optionally attached at
-			certain places in the model.
-		''')
-		
-		cls.getAttribute("text").setDocumentation(
-			'''
-				This is the documentation's contents.
-			''')
-
-		//------------------------------------------------------------------
-		cls = pckg.getClass("Import")
-		cls.setDocumentation('''
-			The import declares an imported model (given as a URI) and
-			an optional imported namespace.
-		''')
-		
-		cls.getAttribute("importedNamespace").setDocumentation(
-			'''
-				The imported name space has to be a dot separated qualified name followed by .*.
-				Example: my.namespace.*
-			''')
-		
-		cls.getAttribute("importURI").setDocumentation(
-			'''
-				The import URI can be a relative or absolute file system path.
-				It may contain environment variables in ${} which will be expanded.
-				<p>
-				Examples:
-				<ul>
-				  <li>import model "AnotherModel.room"</li>
-				  <li>import my.namespace.* from "AnotherModel.room"</li>
-				  <li>import my.namespace.* from "../../AnotherProject/models/AnotherModel.room"</li>
-				  <li>import my.namespace.* from "/${ROOM_MODELS}/SomeModel.room"</li>
-				</ul>
-				</p>
-			''')
-	}
-	
+/*******************************************************************************
+ * Copyright (c) 2012 protos software gmbh (http://www.protos.de).
+ * All rights reserved. This program and the accompanying materials
+ * are made available under the terms of the Eclipse Public License v1.0
+ * which accompanies this distribution, and is available at
+ * http://www.eclipse.org/legal/epl-v10.html
+ * 
+ * CONTRIBUTORS:
+ * 		Juergen Haug (initial contribution)
+ * 
+ *******************************************************************************/
+
+package org.eclipse.etrice.core.etphys.postprocessing
+
+import org.eclipse.xtext.GeneratedMetamodel
+
+import static extension org.eclipse.etrice.core.postprocessing.PostprocessingHelpers.*
+
+class DocuPostprocessor {
+		
+	def process(GeneratedMetamodel metamodel) {
+		val pckg = metamodel.EPackage
+		
+		//------------------------------------------------------------------
+		var cls = pckg.getClass("PhysicalModel")
+		cls.setDocumentation(
+			'''
+				The root object for the physical model. It gives access to the systems, node classes
+				and runtimes defined.
+			''')
+		
+		cls.getAttribute("name").setDocumentation(
+			'''
+				The model name is a dot separated fully qualified name and is
+				used to provide a name space.
+			''')
+		
+		cls.getReference("imports").setDocumentation(
+			'''
+				A list of all imported models.
+			''')
+		
+		cls.getReference("systems").setDocumentation(
+			'''
+				A list of all defined physical systems.
+			''')
+		
+		cls.getReference("nodeClasses").setDocumentation(
+			'''
+				A list of all defined node classes.
+			''')
+			
+		cls.getReference("runtimeClasses").setDocumentation(
+			'''
+				A list of all defined runtime classes.
+			''')
+		
+		//------------------------------------------------------------------
+		cls = pckg.getClass("PhysicalSystem")
+		cls.setDocumentation(
+			'''
+				This model object represents a complete physical system.
+			''')
+		
+		cls.getAttribute("name").setDocumentation(
+			'''
+				The name of the physical system by which it is referred to in the model.
+			''')
+			
+		cls.getReference("nodeRefs").setDocumentation(
+			'''
+				A list of referenced nodes.
+			''')
+		
+		cls.getReference("docu").setDocumentation(
+			'''
+				This is an optional documentation.
+			''')
+		
+		//------------------------------------------------------------------
+		cls = pckg.getClass("NodeRef")
+		cls.setDocumentation(
+			'''
+				This stands for a node instance in a specific role.
+			''')
+		
+		cls.getAttribute("name").setDocumentation(
+			'''
+				The name of the reference by which it is referred to in the model.
+			''')
+			
+		cls.getReference("type").setDocumentation(
+			'''
+				The node class of this reference.
+			''')
+		
+		cls.getReference("docu").setDocumentation(
+			'''
+				This is an optional documentation.
+			''')
+		
+		//------------------------------------------------------------------
+		cls = pckg.getClass("NodeClass")
+		cls.setDocumentation(
+			'''
+				This defines a node class.
+			''')
+		
+		cls.getAttribute("name").setDocumentation(
+			'''
+				The name of the node class by which it is referred to in the model.
+			''')
+		
+		cls.getReference("docu").setDocumentation(
+			'''
+				This is an optional documentation.
+			''')
+		
+		cls.getReference("runtime").setDocumentation(
+			'''
+				This is the associated runtime class.
+			''')
+		
+		cls.getAttribute("priomin").setDocumentation(
+			'''
+				This is the minimal thread priority for this node type.
+			''')
+		
+		cls.getAttribute("priomax").setDocumentation(
+			'''
+				This is the maximum thread priority for this node type.
+			''')
+			
+		cls.getReference("threads").setDocumentation(
+			'''
+				This is a list of all threads defined for this node.
+			''')
+		
+		//------------------------------------------------------------------
+		cls = pckg.getClass("PhysicalThread")
+		cls.setDocumentation(
+			'''
+				This defines a physical thread running in a node.
+			''')
+		
+		cls.getAttribute("name").setDocumentation(
+			'''
+				The name of the thread by which it is referred to in the model.
+			''')
+		
+		cls.getAttribute("default").setDocumentation(
+			'''
+				If this is {@code true} then this is the default thread.
+			''')
+		
+		cls.getAttribute("execmode").setDocumentation(
+			'''
+				This is the execution mode of the thread.
+			''')
+		
+		cls.getAttribute("prio").setDocumentation(
+			'''
+				This is the priority of the thread.
+			''')
+		
+		cls.getAttribute("stacksize").setDocumentation(
+			'''
+				This is the stacksize of the thread.
+			''')
+		
+		cls.getAttribute("msgblocksize").setDocumentation(
+			'''
+				This is the msgblocksize of the thread.
+			''')
+		
+		cls.getAttribute("msgpoolsize").setDocumentation(
+			'''
+				This is the msgpoolsize of the thread.
+			''')
+		
+		//------------------------------------------------------------------
+		cls = pckg.getClass("RuntimeClass")
+		cls.setDocumentation(
+			'''
+				This defines a runtime class.
+			''')
+		
+		cls.getAttribute("name").setDocumentation(
+			'''
+				The name of the runtime class by which it is referred to in the model.
+			''')
+		
+		cls.getReference("docu").setDocumentation(
+			'''
+				This is an optional documentation.
+			''')
+		
+		cls.getAttribute("threadModel").setDocumentation(
+			'''
+				This distinguishes single and multi threaded.
+			''')
+
+		//------------------------------------------------------------------
+		cls = pckg.getClass("Documentation")
+		cls.setDocumentation('''
+			A piece of documentation that can be optionally attached at
+			certain places in the model.
+		''')
+		
+		cls.getAttribute("text").setDocumentation(
+			'''
+				This is the documentation's contents.
+			''')
+
+		//------------------------------------------------------------------
+		cls = pckg.getClass("Import")
+		cls.setDocumentation('''
+			The import declares an imported model (given as a URI) and
+			an optional imported namespace.
+		''')
+		
+		cls.getAttribute("importedNamespace").setDocumentation(
+			'''
+				The imported name space has to be a dot separated qualified name followed by .*.
+				Example: my.namespace.*
+			''')
+		
+		cls.getAttribute("importURI").setDocumentation(
+			'''
+				The import URI can be a relative or absolute file system path.
+				It may contain environment variables in ${} which will be expanded.
+				<p>
+				Examples:
+				<ul>
+				  <li>import model "AnotherModel.room"</li>
+				  <li>import my.namespace.* from "AnotherModel.room"</li>
+				  <li>import my.namespace.* from "../../AnotherProject/models/AnotherModel.room"</li>
+				  <li>import my.namespace.* from "/${ROOM_MODELS}/SomeModel.room"</li>
+				</ul>
+				</p>
+			''')
+	}
+	
 }
 \ No newline at end of file